KR100428180B1 - Integated handle opening system of flip-up glass and tail gate - Google Patents

Abstract

The present invention relates to an integrated handle opening system of flip-up glass and tail gate,

In particular, the handle for opening the flip-up gate and the handle for opening the flip-up glass are integrally configured to operate the gate lock assembly directly without going through the handle crank assembly, and also provide the gate aesthetics and the convenience of operation. An integrated handle opening system of flip-up glass and tail gate is provided.

Description

INTEGATED HANDLE OPENING SYSTEM OF FLIP-UP GLASS AND TAIL GATE}

The present invention relates to an integrated handle opening system of flip-up glass and tail gate, and in particular, the handle for opening the flip-up gate and the handle for opening the flip-up glass are integrally formed so that the gate lock can be performed directly without going through the handle crank assembly. It relates to an integrated handle opening system of flip-up glass and tail gates that makes it possible to operate the device assembly and to provide gate aesthetics and ease of operation.

In general, the handle opening system of the glass and the tail gate to be mounted on the vehicle is used as a means for opening the tail gate of the vehicle and a flip-up glass to be mounted to the tail gate.

The system mounted to the tail gate to open such a conventional glass and tail gate includes a gate handle 10, a gate lock assembly 20, a crank assembly 30 and an actuator 40 as shown in FIG. And a glass lock assembly 60.

A system mounted to the tail gate to open a conventional glass and tail gate having this configuration is such that the gate handle 10 and the gate lock assembly 20 are connected by handle rods (a, b) in between. The crank assembly 12 is configured to be mounted and driven. In addition, the glass push button 35 incorporated in the rear garnish is used as a means for opening the glass.

However, such a conventional glass and tail gate mounted system to open the tail gate has a disadvantage that the operation is very inconvenient because the push button for opening the flip-up glass is installed separately from the gate handle on the rear garnish, tail gate The handle for opening the opening is configured to be exposed to the outside of the rear garnish has a good aesthetics in structure, and the glass pushbuttons and gate handles must be mounted, respectively, so there are many disadvantages of component parts.

In addition, there is a disadvantage in that a large amount of parts are required for mounting each component, which requires a lot of work time, requires more assembly processes, and increases the number of labor.

The present invention is to overcome the above-mentioned conventional problems,

It is an object of the present invention that the handle for opening the flip-up gate and the handle for opening the flip-up glass are integrally configured to operate the gate lock assembly directly without going through the handle crank assembly, and also the gate aesthetics and the convenience of operation. An integrated handle opening system of a flip-up glass and a tail gate is provided.

1 is a view showing the configuration of a handle opening system of a conventional glass and tail gate,

2 is a view showing the configuration of the integrated handle opening system of the flip-up glass and tail gate according to the present invention.

* Description of the main parts of the drawings *

100 ... integral handle 110 ... support

120 ... gate handle 121 ... gate handle rod

130 ... glass handle 131 ... glass handle rod

140 ... Gate lock assembly 141 ... Lock lever

142 ... crank rod 150 ... actuator

151 ... actuator rod 160 ... crank assembly

161 ... Crankup Rod 170 ... Key Assembly

171 ... Key Rod 180 ... Glass Lock Assembly

181 ... Glass Latch Rod

The present invention provides a handle opening system for opening a tail gate and flip-up glass, a gate lock assembly for locking a tail gate, and a handle opening system comprising an actuator, a crank assembly, a key assembly, and a glass lock assembly. In

The handle for opening the tail gate and the flip-up glass is coupled to the support which is formed in a rectangular plate shape along the longitudinal direction and the gate handle is rotatable about the longitudinal direction of the support, the other side of the support The glass handle is rotatably coupled around the longitudinal direction of the support, and the gate handle rod and the glass handle rod are connected to each gate handle and the glass handle, and the gate lock assembly is connected to the other end of the gate handle rod. An integrated handle opening system of a flip-up glass and a tail gate is connected.

In addition, the gate handle and the glass handle is configured such that the operation direction of the gate handle toward the outside, the operation direction of the glass handle is configured to be opposite to each other so that the operation direction of the glass handle toward the inside, the handle is attached to the rear garnish of the tail gate It is characterized in that it is built.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

Figure 2 shows the integrated handle opening system of the flip-up glass and tail gate according to the present invention is a handle (in which the gate handle 120 and the glass handle 130 is integrally configured by the support 110) 100 is configured to be connected to each crank assembly 160 and gate lock assembly 140 by respective glass handle rods 131 and gate handle rods 121.

The gate lock assembly 140 is composed of a tail gate latch and a striker, and a lock lever 141 is mounted at one end, connected to the key assembly 170 by a key rod 171, and an actuator rod ( It is connected to the actuator 150 by 151 and to the crank assembly 160 by the crank rod 142.

The gate lock assembly 140 configured as described above may operate the lock lever 141 by the operation of the key assembly 170 to enable or disable the gate lock assembly 140 to operate. The locking lever 141 may or may not be operated by the operation of the 150.

The glass handle 130 is also connected to the crank assembly 160 by a flash handle rod 131, in particular to one end of the crank up rod 161 which is one component of the crank assembly 160.

The crank assembly 160 is configured such that the crank up rod 161 and the crank row rod 162 are orthogonal to each other, and each of the rods 161 and 162 is rotatably coupled to the support (not shown) by a hinge.

The other end of the crank-up rod 161 to which the crank handle rod 131 is connected is connected to a glass latch rod 181 connected to a glass lock assembly 180 composed of a glass latch and a striker.

Referring to the handle 100 is composed of the gate handle 120 and the glass handle 130 and the support 110 in more detail, the support 110 is formed in a rectangular plate shape along the longitudinal direction The gate handle 120 is coupled to the side to be rotatable about the longitudinal direction of the support 110, the glass handle 130 on the other side of the support 110, the longitudinal direction of the support 110 It is coupled so as to rotate about the center.

Each of the gate handles 120 and the glass handles 130 rotatably coupled to the support 110 are configured such that the operating directions thereof are opposite to each other, and preferably the operating directions of the gate handles 120 face outwards. It is preferably configured so that the operation direction of the glass handle 130 is inward. In addition, the integrated handle 100 is mounted to be built in the rear garnish.

The operation of the present invention configured as described above constitutes the gate lock assembly 140 by rotating the gate handle 120 so that the gate handle rod 121 connected to the gate handle 120 interlocks when the tail gate is opened. The latch (not shown) is operated so that it is separated from the striker (not shown).

When the flip-up glass is to be opened, the glass handle 130 is rotated to interlock the glass handle rod 131 connected to the glass handle 130 to rotate the crank-up rod 161 and the crank-up rod 161. Glass latch rod 181 connected to the () to the interlocking latch (not shown) of the glass lock device assembly 180 to be separated from the striker (not shown).

When the gate handle 120 and the glass handle 130 are not operated as described above, the lock lever 141 is locked by the key assembly 170 or the actuator 150, and at the same time by the crank rod 142. Crank row rod 162 is rotated to the locked position to prevent operation.

Thus, the integrated handle opening system of the flip-up glass and the tail gate according to the present invention allows the gate handle for opening the tail gate and the glass handle for opening the flip-up glass to be integrally configured to open the tail gate or the flip-up glass. There is an advantage that can be made to simplify the operation, and furthermore, such an integrated handle can be embedded in the rear garnish of the tail gate has a beautiful effect.

In addition, since the number of parts is not required to configure each of the opening devices, the number of parts is reduced, and the work process is reduced, thereby reducing the production cost, and there is an advantage of reducing the defective rate due to the reduction of parts.

What has been described above is only one embodiment according to the present invention, and the present invention is not limited to the above-described embodiment, and the present invention belongs without departing from the gist of the present invention as claimed in the following claims. Anyone skilled in the art will have the technical spirit of the present invention to the extent that various modifications can be made.

Claims (3)

A handle opening system comprising a handle for opening a tail gate and a flip-up glass, a gate lock assembly for locking a tail gate, and a actuator, a crank assembly, a key assembly, and a glass lock assembly. The handle for opening the tail gate and the flip-up glass is in the longitudinal direction of the support 110, which is formed in a rectangular plate shape, the gate handle 120 on one side with the center of the longitudinal direction of the support 110 Is rotatably coupled, the other side of the support 110, the glass handle 130 is rotatably coupled around the longitudinal direction of the support 110, and each of the gate handle 120 and the glass Each gate handle rod 121 and the glass handle rod 131 are connected to the handle 130, and the gate lock assembly 140 is connected to the other end of the gate handle rod 121. Integral handle opening system with up glass and tail gate. The method of claim 1, The gate handle 120 and the glass handle 130 is configured such that the operation direction of the gate handle 120 is facing outward, the operation direction of the glass handle 130 is configured to be opposite to each other so that the operation direction of the glass handle 130 is inward And an integrated handle opening system of the flip-up glass and the tail gate. The method according to claim 1 or 2, The handle 100 is integrated handle opening system of the flip-up glass and tail gate, characterized in that embedded in the rear garnish of the tail gate.